Strong dynamical effects during stick-slip adhesive peeling

Abstract

We consider the classical problem of the stick-slip dynamics observed when peeling a roller adhesive tape at a constant velocity. From fast imaging recordings, we extract the dependencies of the stick and slip phases durations with the imposed peeling velocity and peeled ribbon length. Predictions of Maugis and Barquins [in Adhesion 12, edited by K.W. Allen, Elsevier ASP, London, 1988, pp. 205--222] based on a quasistatic assumption succeed to describe quantitatively our measurements of the stick phase duration. Such model however fails to predict the full stick-slip cycle duration, revealing strong dynamical effects during the slip phase.

Soft Matter 2013

References in corpus (2)

• Adhesive contact of elastomers: effective adhesion energy and creep function
• Intermittent stick-slip dynamics during the peeling of an adhesive tape from a roller

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